TW201416884A - Font distribution system and method of font distribution - Google Patents

Abstract

A font distribution system and method of font distribution is provided. The font distribution system and method of font distribution is hard to exhaust memory and can enhance the convenience of words combination and typesetting of HTML document. The font distribution system and method of font distribution compares web server, font distribution server and document browsing device. The web server is used to distribute HTML document which is made by document making device. The font distribution server is used to distribute fonts. The document browsing device is used to browse HTML document. The document making device has default information registered to HTML document. Input part of the document making device has request command registered to HTML document. Request command is constructed by style code and script code. When distribution controlling part receives font distribution request form the document browsing device, the distribution controlling part extracts the fonts which are corresponding to the style code and distributes these.

Description

Font publishing system and font publishing method

The present invention relates to a font distribution system and a font distribution method for publishing a font corresponding to a book name specified by a style language tag from a font publishing server to an HTML file.

When using the DTP method for product cataloging or for the layout design of advertisements, the producer usually does not only work on photos or pictures, but also puts in all kinds of efforts on the body, color, size or configuration of the text. To improve the design perception. One of the heart-warming efforts is to combine the Japanese characters such as Chinese characters with the different types of books in the European and American languages, such as Latin characters.

Since the Japanese characters are different from the base lines of the European and American characters, when the same size texts use different book bodies, it is easy to see the difference in the size of the characters or the positional deviation, which causes a problem of damaging the overall design.

In the conventional technique, when a Japanese character and a European-American character are used at the same time, a synthetic font editing device (see Patent Document 1) is proposed, which is a book body, a text size, or a Japanese character or a European-English character. The baseline is arbitrarily changed, displayed in a single font and saved as a composite font.

However, with the spread of today's Internet, some of the webpages that are displayed in a mixture of Japanese characters and European and American characters are also designed to enhance the overall design of the webpage by using different combinations of Japanese characters and European and American characters. sense. In other words, various methods have been proposed in order to solve the above-mentioned design sense problems caused by different Japanese characters, such as Japanese characters and European and American characters.

For example, Japanese characters and European and American characters displayed in an HTML file constituting a web page are given a specified style language label according to different titles, so that each character of Japanese characters and European and American characters can be displayed in different titles to enhance the overall Design sense.

However, the method of giving each text style language label of Japanese characters and European and American characters respectively must be given a style language label in units of one word or one text, which causes the problem of making the HTML file too complicated.

In other methods, the synthesized font data system produced by the synthetic font editing device of Patent Document 1 is used as a book body for display, and is re-described in the HTML file through the style language label, and the synthesized font data is stored. In the server, whenever a user views an HTML file, the synthesized font data must be posted from the server to the user's computer.

However, since the file size of the synthesized font data is very easy to increase, and as different web pages have different compositions, the server has limited memory capacity under different corresponding synthetic font data. It is easy to be exhausted.

Patent Document 1 Japanese Patent Laid-Open Publication No. 2002-169798

The present invention has been made in view of the above problems, and an object of the present invention is to provide a font distribution system and a font distribution method, which are not easy to exhaust a limited memory resource, and can improve a combination of Japanese characters and European and American characters in a markup document. The convenience of typography.

A font publishing system and a font publishing method of the present invention comprise a web server, a word publishing server and a document reading device, and the web server has a means for memorizing words and a means for publishing documents, and means for memorizing words. It is used to store the markup documents, which are generated by the markup language for the document creation device, and the document issuance means to issue the markup documents by the communication cable. The font publishing server has a font memory means and a font publishing means, and the font memory means is for storing a plurality of font types, and the font publishing means distributes the fonts by a communication cable. The document reading device includes an input means, a display means, a document request means, a font type means, and a browsing control means. The input means allows the viewer to perform an input operation, and the display means is for displaying the markup document, and the document request means is for the webpage servo. The device sends out a request for issuing a markup document, and the font request means sends a request for issuing the font to the font issuing server according to the obtained markup document, and the browsing control means browses the markup document by using the display means according to the obtained font type. . The document creation device includes a creation registration means and a document registration means, and the creation registration means allows the producer to perform an input operation, and registers the preset information information to the markup document, and the document registration means is made by the communication cable. Marking documents stored on the web server Means of memory. The document registration means is configured to register the request document to the markup document, and the command text is composed of the combined designated character string and the required character string, and the combined designated character string is used to mark the character type and the display character of at least one of the characters in the markup document. The type of the book type of the book type is associated with the book name, and at the same time, the character type is associated with each other and the combined type information is displayed, and the character string is required to display the publishing requirements of the type. These fonts correspond to combined font information. The font request means of the document reading device is to send a request for issuing the fonts to the font issuing server according to the required command text each time the marking instrument is acquired, and the fonts correspond at least to the combined font information. The font issuing means of the font distribution server, when receiving the request to issue the fonts from the document browsing device, extracts the characters from the font memory means in accordance with the type of the characters, and distributes the characters to the document reading apparatus. These fonts correspond at least to the combined font information.

The above-mentioned markup language may be an HTML language, an XHTML language, or a style language. The above-mentioned text may be a text in a markup document or a text indicating a title, and the above-mentioned font may be a Ming Dynasty or a Gothic body. The type of text in the book body may be a pseudonym, a Chinese character, an English letter, a number, or a Japanese character or a European or American character.

The above-described combination-designated character string may be a character string that is described using a style language or a script language, and is used to specify a character book when the markup document is displayed. The above-mentioned required character string may be a character string described using a script language.

According to the present invention, it is possible to improve the convenience of combination of typesetting and text formatting in a markup document in which Japanese characters and European and American characters are mixed under the condition that it is difficult to exhaust a limited memory resource. Specifically, in the font distribution system and the font distribution method of the present invention, each time the document browsing device acquires the markup document, the font distribution means is transmitted through the font distribution server, and the font distribution means is used to associate the combination. The font of the font information is posted to the document reading device. In other words, it is to prepare a new set of new fonts for distribution. The new fonts are composed of combined font information, so there is no need to store additional font memory means in the font publishing server. The necessary fonts required to mark the document are posted to the document reading device.

With the above configuration, when a new font corresponding to the combined font information is re-stored to the font distribution server, the word of the present invention is used as the memory capacity of the font-issuing server due to the new font. The type publishing system and the font publishing method do not store the new fonts corresponding to the combined font information, and therefore do not consume the font memory means in the font publishing server. Limited memory capacity, can make more effective use of capacity.

Further, the document reading device can display the character of the markup document on the display means by the author of the markup document based on the acquired font. In other words, the author only needs to write the required command text to the markup document, so that the text can be presented to the desired book body, and the markup document can be created. Therefore, the font distribution system and the font distribution method of the present invention allow the author to assign the style language label to the text of the markup document or the type of the character in the single word.

Therefore, the font distribution system and the font distribution method of the present invention can improve the convenience of combination of typesetting and text formatting in a markup document in which Japanese characters and European and American characters are mixed, without easily exhausting limited memory resources.

In one embodiment of the present invention, the font request means of the document reading device performs the character information extraction processing and the character transmission processing, and the character information extraction processing refers to extracting the character information information indicating the character from the markup document, and the character transmission processing Refers to the release of text information and combined font information to the font publishing server. The font distribution means of the font distribution server performs font extraction processing, sub-set generation processing, and sub-set data distribution processing, and the font extraction processing refers to the acquired character information and the corresponding character type information. The font is extracted from the font memory means. The sub-set generation processing refers to the generation of the sub-set data, and the sub-set data series table stores the extracted fonts. The sub-set data release processing refers to the sub-set data through the communication cable. Publish to the document reading device.

According to the present invention, the font distribution system can distribute the font corresponding to the text of the markup document as a sub-collection data from the font distribution server to the document viewing device.

According to the above configuration, the font distribution system of the present invention can greatly reduce the size of the data transmitted from the font distribution server to the document viewing device. Therefore, the document browsing device can shorten the acquisition of the markup document to the display of the markup document. Time required.

Further, when the font is distributed from the font distribution server to the document viewing device, the font distribution system of the present invention can suppress the degree of congestion of the communication cable, so that the font type obtained by the font distribution system of the present invention can The effect of not consuming the memory capacity of the document reading device is achieved.

Further, in the prior art, when the sub-collection data of the distribution font required for displaying the markup document is again stored in the font distribution server, the markup document is updated each time. The content also needs to update the sub-collection data at the same time. In contrast, the font distribution system of the present invention does not need to mark each time the sub-set data is generated from the text information of the markup document in the font distribution server at each update. Sub-collection data is also updated when the content of the document is updated.

Therefore, in a web service such as a blog with frequent updates, when the blog creator updates the blog, the font publishing system of the present invention does not require the producer to request the production of the sub-collection data. Login operation. This allows the blog's author to update the blog without having to worry about the content of the sub-sets published from the font publishing server.

In view of the above, the font distribution system of the present invention can improve the convenience of the creator by not only releasing the fonts required for display in the document viewing device, but also preventing the limited memory resources of the document reading device from being exhausted.

In addition, in an embodiment of the present invention, the combined font information system assigns relevance to the preset attribute of the font in the font publishing server, the text attribute value indicating the preset attribute, and the type of the character. The font publishing server also has a font processing means for processing the fonts according to preset attributes and text attribute values in the combined font information, and the fonts are extracted from the font memory means. The font issuing means of the font issuing server issues the fonts processed by the font processing means to the document reading apparatus.

The preset attribute may be a reference line, an enlarged reduction ratio, or a rotation angle, and the above text attribute value may be an absolute value or a relative value.

Through the invention, the design perception and convenience of the markup document in which the Japanese characters and the European and American characters are mixed can be improved. Specifically, the font publishing system of the present invention can not only allow different text types to be represented by different book bodies, but also arbitrarily change the reference line or by using preset attributes, text attribute values, and font processing means. Is the font size. Therefore, in the markup document in which Japanese characters and European and American characters are mixed, the problem of positional deviation caused by the difference between the Japanese characters and the European and American characters due to the different reference lines can be solved, and the design perception of the markup document can be improved.

Furthermore, the font distribution system of the present invention can easily generate these in the font distribution server even if the font type of the text type or the text attribute value is changed via the font processing means of the font distribution server. Reflect the changed font. Therefore, the font issuing system of the present invention can reduce the time during which the font forming means reflects the font of the change in the character attribute value or the like.

Further, when the font issuing server issues a font, the creator of the operating document creating device can perform the font processing, and can change the combined font information, and the font processing can be easily performed, thereby making the present invention The font publishing system can enhance the design perception and convenience of the markup documents in which Japanese characters and European and American characters are mixed.

In addition, in an embodiment of the present invention, the preset attribute may be a reference line of the fonts in the font publishing server. According to the above configuration, the present invention can eliminate the appearance deviation caused by the difference between the Japanese characters and the European and American characters due to the difference in the reference line, and improve the design perception of the markup document.

Moreover, in an embodiment of the present invention, the preset attribute may be the size of the fonts in the font publishing server. According to the above configuration, the present invention can eliminate the size deviation between the Japanese characters and the appearance of the European and American characters, and improve the design perception of the markup document.

In an embodiment of the present invention, the document creation device further includes a designation means and a transmission means, and the designation means specifies the combination type information according to the font type, and the font type is stored in the font of the font distribution server. The means of memory, the means of transmission is to transmit the combined font information specified by the specified means to the font issuing server via the communication cable. The font publishing server also has a table memory means and a command transmission means, and the table memory means stores a font type, and the font form assigns a combination of the combined font type and the combined type information indicating the combined type information and logs in. The command transmission means generates at least one required character string and transmits it to the document creation device. The font issuing means of the font publishing server issues the fonts of the font memory means to the document viewing apparatus based on the font table corresponding to the combined font name.

According to the present invention, the author of the document creating apparatus can easily designate different character types as the desired character type book title by using the specifying means, and register the combined font information to the font issuing server by means of the transfer means. The font table allows the required text string required to display the text of the tagged document to be easily retrieved from the font publishing server.

In other words, the font publishing system of the present invention can not only realize the DTP operation on the line, but also improve the degree of freedom of the combination of the characters in the markup document to give the producer more convenience.

In addition, the font publishing system of the present invention allows the author to create different required character strings for different markup documents each time, and further, by obtaining the requested character string from the font publishing server, The producer is prevented from registering the required command text generated by the erroneous request character string into the markup document. Therefore, the font publishing system of the present invention not only enhances the author The convenience is also able to reliably publish the fonts required for display in the document reading device.

On the other hand, the font publishing server can store the published font combination in a font table to the document viewing device. At this time, even if the font publishing server records a plurality of tagged documents and different font tables, since the data capacity of the font table is relatively small, the memory capacity of the table memory means can be prevented from being exhausted by the font table.

Therefore, the font distribution system of the present invention can make the designation of the combined font information easier, and enhances the convenience of the combination of the combination of Japanese characters and European and American characters.

Further, in an embodiment of the present invention, the specifying means of the document creating means allows an arbitrary combined font name to be input with respect to the combined font information. According to the above configuration, the creator can easily determine the combination of the character type book names in the combined font information as an arbitrary combined font name.

Specifically, if the font type server is used to make a random decision on the combined font name, the author will not be able to infer the contents of the font table stored in the font publishing server from the combined font name. On the other hand, since the font distribution system of the present invention can allow arbitrary combination font name input, the author can know the content of the font table from the combined font name. Therefore, the font distribution system of the present invention improves the convenience of the marking document by allowing the author to arbitrarily determine the combined font name.

As described above, the font publishing system and the font publishing method provided by the present invention are not easy to exhaust a limited memory resource, and can improve the convenience of combination of Japanese and Chinese characters in a markup document in which Japanese characters and European and American characters are mixed. .

1‧‧‧ font publishing system

10‧‧‧Document making device

11, 41‧‧‧ Input Department

11a, 41a‧‧‧ keyboard

11b‧‧‧ Mouse

12, 42‧‧‧ Display Department

13, 31, 43‧‧ ‧ Memory Department

14, 23, 32, 44‧‧‧ cable connection

15‧‧‧Make a control department

2‧‧‧Communication cable

20‧‧‧ font publishing server

21‧‧‧Table Memory

22‧‧‧ font memory

24‧‧‧ Release Control Department

25‧‧‧ font form

25a, 61‧‧‧Combined book name column

25b‧‧‧Text category column

25c‧‧‧Text category title

25d‧‧‧Basic correction rate column

25e‧‧‧Expanding the reduction ratio column

26‧‧‧Kana file

27‧‧‧Chinese character file

28‧‧‧English alphabet file

29‧‧‧Digital book archives

30‧‧‧Web server

33‧‧‧Control Department

34, 35‧‧‧ HTML documents

34a‧‧‧ style code

34b‧‧‧ script code

40‧‧‧Document reading device

41b‧‧‧Touchpad

45‧‧‧View Control Department

50, 80‧‧‧ web browser

51‧‧‧Close button

52, 81‧‧‧ URL column

60‧‧‧Set input screen

62‧‧‧Kana name

62a, 63a, 64a, 65a‧‧‧ baseline correction ratio column

62b, 63b, 64b, 65b‧‧‧ expand the reduction ratio column

63‧‧‧Chinese character name column

64‧‧‧English alphabet title column

65‧‧‧Digital book name column

66‧‧‧Webpage text size bar

67‧‧‧sample representation column

68‧‧‧Cancel button

69‧‧‧ Login button

70‧‧‧Code representation screen

71‧‧‧Coded representation column

90‧‧‧Document representation

Steps S101~S106, S111~S114, S201~S207, S301~S303, S401~S407, S501~S507‧‧

Fig. 1 is a block diagram showing the configuration of a font distribution system.

Fig. 2 is a block diagram showing the internal structure of a font distribution system.

Fig. 3 is a table configuration diagram showing the structure of a font table.

Fig. 4 is a sequence diagram showing the transmission and reception of various pieces of information in the font distribution system.

Fig. 5 is a flow chart showing the operation of the combined font designation processing in the document creating apparatus.

Fig. 6 is a flow chart showing the operation of the combined font registration processing in the font issuing server.

FIG. 7 is a setting input screen for providing a field for inputting a book name, a reference line correction rate, and an expansion/reduction ratio of different character types.

Fig. 8 is a view showing a coded representation screen of a script code screen.

Fig. 9 is an explanatory diagram for explaining a style code and a script code in an HTML file.

Fig. 10 is a flow chart showing the operation of the browsing process in the document viewing device.

Fig. 11 is a flow chart showing the operation of the web page font distribution processing in the font distribution server.

Fig. 12 is a view showing a document display screen of an HTML document screen.

An embodiment of the present invention will be described below with reference to the related drawings. First, the font distribution system 1 in the present embodiment will be described with reference to Figs. 1 to 3, wherein Fig. 1 is a block diagram showing the font distribution system 1, and Fig. 2 is a block diagram showing the internal structure of the font distribution system 1. A table structure diagram representing the font form 25.

The font distribution system 1 is composed of a document creation device 10, a font distribution server 20, a web server 30, and a document reading device 40, and is communicably connected to each other through a communication cable 2, as shown in FIG. . The document creation device 10 is configured to generate an HTML document 34, the font distribution server 20 is configured to store and publish fonts required for displaying the HTML document 34, and the web server 30 is configured to store and publish the HTML document 34. The document reading device 40 is used by the document reading device 40. To view the HTML document 34. The communication cable 2 can be composed of a LAN cable, a dedicated cable, or a network cable.

As shown in FIG. 2, the document producing apparatus 10 is composed of an input unit 11, a display unit 12, a storage unit 13, a cable connecting unit 14, and a production control unit 15. The input unit 11 is composed of a keyboard 11a and a mouse 11b, and provides an input operation for the creator. The display unit 12 is composed of a CRT or a liquid crystal display for displaying various kinds of information.

The memory unit 13 is composed of a hard disk or a non-volatile memory, and is used to write various information and store it, or to read various information. The cable connection portion 14 is composed of a wired LAN or a wireless LAN slave, which is used to connect the communication cable 2, or performs various information on the font distribution server 20 and the web server 30 via the communication cable 2. Transmission and reception of information.

The creation control unit 15 has a hardware configuration such as a CPU and a memory, and a configuration of software such as programs and materials, and provides various processing functions for the author to create the HTML document 34 via the operation document creation device 10, or to control each of the pre-processing Set the action of the components connected to the bus.

As shown in FIG. 2, the font distribution server 20 is composed of a table storage unit 21, a font storage unit 22, a cable connection unit 23, and a distribution control unit 24. The table memory unit 21 is composed of a hard disk or a non-volatile memory, and is used to write various information and store it, or to read various information. Further, the table storage unit 21 stores a font table 25 in which the book name of each of the character types selected by the creator is registered.

As shown in FIG. 3, the font table 25 provides relevance to the combined book name column 25a, the character type column 25b, the character type book name column 25c, the reference line correction magnification column 25d, and the enlargement/reduction magnification column 25e. And log in.

The text type column 25b is a plurality of types of characters registered, and the preset is a login pseudonym, a Chinese character, an English letter, and a number. The character type book name column 25c registers the book body name set for each character type, and the reference line correction magnification column 25d registers the relative movement amount ratio of each character type, and the movement amount ratio refers to the font memory unit 22 (subsequent meeting) The ratio of the position of the reference line where the stored font is located relative to the position of the reference line where the fonts of the document reading device 40 are located.

The enlargement/reduction ratio column 25e is an enlargement/reduction ratio for registering each character type, and the enlargement/reduction ratio is the size of the font stored in the font storage unit 22 (described later) with respect to the size of the font to be distributed to the document reading device 40. The ratio of the two. The combined book name column 25a is a registered book name representing an arbitrary book body, and the arbitrary book system is composed of a character type column 25b, a character type book name column 25c, a reference line correction magnification column 25d, and an enlarged/reduced magnification column 25e. Do a combination of.

The font memory unit 22 is composed of a hard disk or a non-volatile memory, and is used to write various information and store it, or to read various information. The font storage unit 22 stores a pseudonym file 26, a Chinese book file 27, an English alphabet file 28, and a digital book file 29. The pseudonym file system 26 refers to the font group used for the pseudonym, the Chinese character book file 27 refers to the font group used for Chinese characters, and the English alphabet book file 28 refers to the word used for the English alphabet. Type group, digital book file 29 refers to the word group used for numbers. Among them, the font type is a text book body formed by a book body such as the Ming Dynasty or the Gothic body, and a book system such as the Ming Dynasty or the Gothic body is produced by using a preset size output line.

The cable connection portion 23 is composed of a wired LAN or a wireless LAN sub-unit, and is used to connect the communication cable 2, or to transmit various information information to the document creation device 10 and the document reading device 40 via the communication cable 2. With receiving. The distribution control unit 24 has a hardware configuration such as a CPU and a memory, and a configuration of software such as programs and materials, and provides various processing functions such as transmission and reception of information information by the document creation device 10 or the document reading device 40. Or it is to control the action of each component connected by the preset bus.

As shown in FIG. 2, the web server 30 is composed of a storage unit 31, a cable connecting unit 32, and a control unit 33. The memory unit 31 is composed of a hard disk or a non-volatile memory, and is used to write various information and store it, or to read various information. The memory unit 31 stores a plurality of HTML documents 34 and 35, and the HTML documents 34 and 35 are generated by the document creation device 10, and can be displayed in the document browsing device 40 (described later) in the web browser 80 (see FIG. 12). Reading in the middle.

The HTML documents 34 and 35 are composed of an HTML file (not shown) and an image file (not shown). The HTML file is described by the HTML language, and the image file system is related to the HTML file. Further, the HTML file is composed not only of the HTML language tag and the description of the article, but also a style sheet language tag or a JavaScript (registered trademark) tag.

The cable connection portion 32 is composed of a wired LAN or a wireless LAN sub-unit, and is used to connect the communication cable 2, or to transmit various information information to the document creation device 10 and the document reading device 40 via the communication cable 2. With receiving. The control unit 33 has a hardware configuration such as a CPU and a memory, and a configuration of software such as programs and materials, and provides various processing functions such as transmission and reception of information information by the document creation device 10 or the document reading device 40, or It is an action that controls each component connected by a preset bus.

As shown in FIG. 2, the document reading device 40 is composed of an input unit 41, a display unit 42, a storage unit 43, a cable connecting unit 44, and a browsing control unit 45. The input unit 41 is composed of a keyboard 41a and a touch panel 41b, and provides an input operation by the creator. The display unit 42 is composed of a liquid crystal display for displaying various kinds of information.

The memory unit 43 is composed of a hard disk or a non-volatile memory, and is used for writing various information and storing it, or for reading various information. The cable connection portion 44 is composed of a wired LAN or a wireless LAN slave, which is used to connect the communication cable 2, or performs various kinds of information on the font distribution server 20 and the web server 30 through the communication cable 2. Transmission and reception.

The browsing control unit 45 has a hardware configuration such as a CPU and a memory, and a configuration of a software such as a program and a file, and provides a browsing function for the author to view the HTML document 34 via the operating document viewing device 40, or to control each of the previews. Set the action of the components connected to the bus.

Next, the font distribution system 1 having the above configuration will be described in the font distribution system 1 in which the font publishing system 1 writes the generated HTML document 34 to the web server 30 via the operation document creating device 10. 25 registers the operation of the table storage unit 21 in the font distribution server 20.

4 is a sequence diagram showing the transmission and reception of various pieces of information information in the font distribution system 1. FIG. 5 is a flowchart showing the operation of the combined font designation processing in the document creation apparatus 10, and FIG. 6 is a font distribution server 20. FIG. 7 is a flowchart showing a setting input screen 60 for inputting a book name of a different character type, a reference line correction rate, and a field for expanding and reducing the magnification, and FIG. 8 is a display screen. FIG. The code of the script code screen indicates a schematic diagram of the screen 70, and FIG. 9 is an explanatory diagram for explaining the style code 34a and the script code 34b in the HTML file.

First, as shown in FIG. 4, the document creation device 10 is input and accessed in accordance with the operation of the author who creates the HTML document 34, when the URL bar 52 (refer to FIG. 7) of the web browser 50 (refer to FIG. 7) after the activation is started. After the URL of the font distribution server 20 is issued, the creation control unit 15 performs URL transfer processing (step S101), and the URL transfer processing refers to the transfer of the input URL as the URL information to the font distribution server via the communication cable 2. 20.

When the reception of the URL information is detected, the distribution control unit 24 of the font distribution server 20 performs the combined font designation response process (step S102). At this time, the distribution control unit 24 transmits the book designation program to the document creation device 10 via the communication cable 2, and the book designation program is used to specify an arbitrary book name for each character type.

When the reception of the book designation program is detected, the document creation device 10 The control unit 15 temporarily stores the book designation program in the memory, executes the book body designation program, and displays it on the menu screen (not shown) of the web browser 50 of the display unit 12. Then, when the menu button (not shown) for designating the book name for each character type is executed in the menu of the menu button, the creation control unit 15 performs the combined font designation process (step S103).

When the combined font designation process is started, as shown in FIG. 5, the creation control unit 15 of the document creation device 10 displays the setting input screen 60 on the menu screen of the web browser 50 of the display unit 12 (step S201). The setting input screen 60 provides a book name or the like in which the creator selects and inputs an arbitrary character type.

As shown in FIG. 7, the setting input screen 60 displays a combined book name column 61 for providing an arbitrary name for the creator, and a syllabic book name column 62, a Chinese character name column 63, and an English letter are displayed below. The drop-down menu (not shown) of the book name column 64 and the digital book name column 65 respectively correspond to the book names of the pseudonyms, Chinese characters, English letters, and numbers, and can be selected by the author. The list in the pull-down menu displays the name of the book with the representative font, and the font is stored in the font storage unit 22 in the font issuing server 20.

Further, the reference line correction magnification columns 62a, 63a, 64a, 65a are respectively displayed on the right side of the pseudonym body name column 62, the Chinese character body name column 63, the English alphabet book name column 64, and the digital book body name column 65. And expanding the reduction magnification columns 62b, 63b, 64b, and 65b, the reference line correction magnification column is used to specify the movement amount ratio of the reference line position of the selected font, and the expansion/reduction ratio column is used to specify the selected font type. The size is enlarged to reduce the magnification. Further, the reference line correction magnification columns 62a, 63a, 64a, and 65a and the enlargement/reduction magnification ratio columns 62b, 63b, 64b, and 65b are used to input a ratio with respect to the font stored in the font distribution server 20.

In addition, a webpage text size column 66 and a sample representation column 67 are displayed below the digital book name column 65. The webpage text size column 66 is used to display the size of the text set in the web browser 50, and the sample representation column 67 is used to display each The sample text corresponding to the name or size of the book specified by the type of the text. A cancel key 68 and a login key 69 are displayed below the sample indication column 67. The cancel key 68 is used to cancel the combined font designation process, and the login key 69 is used to register the value specified by each field to the font publishing server. 20.

When the setting input screen 60 is displayed on the web browser 50, the creation control unit 15 performs sample update processing (step S202). Specifically, as a person, the name of the pseudonym One of the fields of the column 62, the Chinese character name column 63, the English alphabet body name column 64, and the digital book body name column 65 is used to change the selection of the book body name, or to the baseline correction magnification column 62a, 63a, When one of the numerical values of the 64a, 65a and the enlarged reduction magnification columns 62b, 63b, 64b, and 65b is changed, the creation control unit 15 transmits the numerical value designated as the change information to the word as shown in step S103 in Fig. 4 . Type release server 20.

Next, in step S102 of FIG. 4, the font distribution server 20 selects the book name specified by each character type, the reference line correction magnification, or the sample text reflecting the enlargement/reduction ratio based on the received change information. The font is transmitted to the document creation device 10 as response information.

Upon receiving the response information, the creation control unit 15 replaces the font of the acquired sample character with the original font and updates the display content of the sample display column 67. For example, in the setting input screen 60 shown in FIG. 7, "combined book body A" is input in the combined book name column 61, and "MS Gothic type" is selected in the kana body name column 62 corresponding to the pseudonym. In the pseudo-named line correction magnification column 62a, "0.0" is input, and in the pseudo-name expansion/reduction ratio column 62b, "105.0" is input.

In the Chinese character book name column 63, "MS Ming Dynasty body" is input, and in the Chinese character's reference line correction magnification column 63a, "0.0" is input, and in the Chinese character enlargement/reduction magnification column 63b, "100.0" is input. . In the English letter book name column 64, "Times New Roman" is input with respect to the English alphabet, "-10.0" is input in the base line correction magnification column 64a of the English letter, and is entered in the enlarged and reduced magnification column 64b of the English letter. There is "110.0".

In the digital book name column 65, "Impact" is input, and in the digital reference correction magnification column 65a, "0.0" is input, and in the digital enlargement/reduction ratio column 65b, "107.0" is input. Further, the size of the character "10" obtained from the web browser 50 is displayed in the web page text size column 66.

As described above, the exchange of the change information and the response information is performed between the document creation device 10 and the font distribution server 20 based on the content selected and input in the field such as the pseudonym name column 62, and the document creation device 10 The creation control unit 15 updates the sample text of the sample representation column 67 to "the distribution book body". Abcxyz123789". At this time, the sample character displayed in the sample display column 67 is displayed based on the reference line correction with respect to the font in the font distribution server 20, the enlargement and reduction processing of the font, and the size of the text set in the web browser 50.

More specifically, in the sample indication column 67, the "letter book body" is displayed using the MS Ming dynasty body, " The MS Gothic style is used to indicate that "abcxyz" is 10% lower in the Time New Roman body, and "123789" is in the Impact body. In other words, these sample characters are displayed after the reference line correction of the font in the font distribution server 20 and the enlargement and reduction of the font are performed, and the character size is converted to 10 pt.

Next, the creation control unit 15 determines whether the registration key 69 or the cancel key 68 has been pressed (step S203). When the maker performs the operation of pressing the cancel key 68 (step S203: 2), the creation control unit 15 ends the operation of the combined font designation processing.

On the other hand, when the user presses the registration key 69 (step S203: 1), the creation control unit 15 performs a combined font information transmission process (step S204), that is, the combination book is made by the communication cable 2. The body name column 61, the kana body name column 62, the Chinese character body name column 63, the English alphabet book name column 64, the digital book name column 65, the reference line correction magnification columns 62a to 65a, and the enlarged reduction magnification column 62b to 65b. The value input in is transmitted to the font distribution server 20 as combined font information.

As shown in FIG. 4, when the reception of the combined font information is detected, the distribution control unit 24 of the font distribution server 20 performs the combined font registration of registering the acquired combined font information to the font table 25. Processing (step S104).

When the combined font registration processing is started, the distribution control unit 24 of the font distribution server 20 performs the font form registration processing for registering the acquired combined font information to the font table 25 as shown in FIG. 6 (step S301).

Specifically, the distribution control unit 24 registers the combined book name "combined book body A" in the combined book name column 25a of the font table 25 based on the combined font information, and respectively displays the respective characters in the character type column 25b. The numerical value corresponding to the type is registered in the character type book name column 25c, the reference line correction magnification column 25d, and the expanded/reduced magnification column 25e, and the font table 25 is stored in the table memory unit 21.

For example, the "combined book body A" in the setting input screen 60 in Fig. 7 is registered in the combined book name column 25a of the font table 25, and the "MS Gothic body" is registered in the character type book name column 25c. "0.0" is registered in the baseline correction magnification column 25d, and "105.0" is registered in the enlargement/reduction ratio column 25e, in which the character type book name column 25c corresponds to the character type column. 25b's "kana". Similarly, the value of the combined font information is registered in the character type category title column 25c, the reference line correction magnification column 25d, and the corresponding character type book name column 25c of "Chinese characters", "English letters", and "numbers" in the character type column 25b. The reduction magnification column 25e is expanded.

When the font table 25 is stored in the table storage unit 21, the distribution control unit 24 performs code generation processing (step S302), which is a scenario code generated in the HTML file. The script code is a JavaScript code, and the transfer request of the font distribution program (described later) is transmitted from the document viewing device 40 to the font distribution server 20 by being described in the HTML file.

When the script code is generated, the distribution control unit 24 performs the coded information transfer process (step S303), which means that the script code is transmitted as coded information to the document creation device 10 via the communication cable 2. Next, the distribution control unit 24 ends the combined font registration process.

When the combined font information is transmitted to the font distribution server 20 in the document creation device 10, the preparation control unit 15 determines whether or not the encoded information is received (step S205). If the encoded information is not received (step S205: No), the creation control unit 15 stands by until receiving the encoded information.

On the other hand, when the encoded information is received (step S205: Yes), the creation control unit 15 displays the code indication screen 70 on the web browser 50 (step S206). As shown in FIG. 8, the code display screen 70 displays a navigation message "Please copy the following code and paste it between <body>~</body> in the HTML file" in the upper part, and display the coded representation. Column 71. The code indication field 71 converts the coded information into a script code and displays it.

When the code display screen 70 is displayed, the creation control unit 15 determines whether or not the close key 51 of the web browser 50 has been pressed (step S207). When the close key 51 is not pressed (step S207: No), the creation control unit 15 stands by until the close key 51 is pressed. On the other hand, when the close key 51 is pressed (step S205: Yes), the creation control unit 15 ends the combined font designation processing.

Then, the author operating document creation device 10 starts an editor for editing the HTML file (not shown), and then the editor can record the acquired script code and the combined book name to the preset position in the HTML file to complete the Japanese language. The HTML document 34 in which the text, the European and American characters are mixed.

As shown in FIG. 9, the HTML document 34 describes the style code 34a between the <head> and </head> tags, and describes the <body>~</body> tag. The script code 34b of the JavaScript (registered trademark), wherein the style code 34a is a style language for displaying the characters in the HTML document as "combined book A". In addition, the text of the HTML document 34 describes "font release 123sample" and "representation sample 789abcxyz".

Returning to step S103 of FIG. 4, after the completion of the HTML document 34 by the author, the creation control unit 15 of the predetermined operation document creation device 15 performs the document transfer processing (step S105), after the communication cable 2 is completed. The HTML document 34 is transmitted to the web server 30 as document information. When the receipt of the document information is detected, the control unit 33 of the web server 30 performs the document registration processing (step S106), and stores the acquired document information as the HTML document 34 in the storage unit 31.

Next, the operation of the font distribution system 1 when the author operates the document viewing device 40 to view the HTML document 34 will be described in detail with reference to FIGS. 4 and 10 to 12. FIG. 10 is a flowchart showing the operation of the browsing process in the document browsing device 40, FIG. 11 is a flowchart showing the operation of the web page font distribution processing in the font distribution server 20, and FIG. 12 is a textual representation showing the screen of the HTML document 34. Screen 90.

As shown in FIG. 4, in the document viewing device 40, if the author wants to view the HTML document 34, the web browser 80 (see FIG. 12) is activated, and the web server is input in the URL column 81 (refer to FIG. 12). The URL of the 30, the creation control unit 15 transmits the input URL as URL information to the web server 30 via the communication cable 2 to perform URL transfer processing (step S111).

When the reception of the URL information is detected, the control unit 33 of the web server 30 performs the document distribution processing (step S112), reads the HTML document 34 from the storage unit 31, and transmits the document information as the document information via the communication cable 2. The document creation device 10, wherein the HTML document 34 corresponds to the acquired URL information.

When the receipt of the document information is detected, the browsing control unit 45 of the document viewing device 40 stores the document information as the HTML document 34 in the storage unit 43. Next, the browsing control unit 45 analyzes the HTML document 34 while reading the HTML document 34 from the storage unit 43, and performs browsing processing that can be browsed by the web browser 80 (step S113).

When the browsing process is started, as shown in FIG. 10, the browsing control unit 45 of the document browsing device 40 analyzes the HTML document 34 and determines whether or not the script code 34b is described in the HTML file (step S401).

When the script code 34b is described in the HTML file (step S401: Yes), the browsing control unit 45 performs the distribution program request processing (step S402), which means that the distribution program requests information by the script code 34b in the HTML file. The communication cable 2 is passed to the font distribution server 20, wherein the distribution program requires the intelligence to be used to request the transfer of the font distribution program.

As shown in FIG. 4, when the distribution program requests the reception of the information to be detected, the distribution control unit 24 of the font distribution server 20 performs the web page font distribution processing (step S114). When the web page font distribution processing is started, as shown in FIG. 11, the distribution control unit 24 performs the font distribution program transfer processing (step S501), which means that the font distribution program is requested by the acquired distribution program. The communication cable 2 is transmitted to the document reading device 40.

Next, the distribution control unit 24 determines (step S502) whether or not the sub-set request information is received (described later). If the sub-set request information is not received (step S502: No), the distribution control unit 24 waits until receiving the sub-set request information.

Returning to step S402 of FIG. 10, when the distribution program request information is transmitted to the font distribution server 20, the browsing control unit 45 determines whether or not the font distribution program has been received (step S403). If the font distribution program has not been received (step S403: No), the browsing control unit 45 stands by until the font distribution program is received.

On the other hand, when the font distribution program is received (step S403: Yes), the browsing control unit 45 temporarily stores the font distribution program in the memory and executes the font distribution program. Next, the browsing control unit 45 performs character encoding extraction processing in accordance with the font distribution program (step S404), which is to extract the character code of the character of the HTML document 34. At this time, the browsing control unit 45 extracts the HTML language tag in the HTML file or the character string surrounded by the style language tag in units of one character, and temporarily stores the character code of the extracted character as text information in the memory.

When the character code extraction processing is completed, the browsing control unit 45 performs sub-set information request processing (step S405), which is to request the distribution of the sub-set information to the font distribution server 20 in accordance with the font distribution program. At this time, the browsing control unit 45 assigns the temporarily stored character information to the combined book name (herein, "combined book body A") described in the HTML file, and then transmits the information to the request information as the required information, and transmits it to the communication cable 2 to The font is issued by the server 20.

Then, the browsing control unit 45 determines whether or not the sub-collection information has been received (step S406). If the sub-set information is not received (step S406: No), the browsing control unit 45 is connected. Standby will be performed before the sub-collection information is received.

Returning to step S502 of FIG. 11, when the font distribution server 20 receives the sub-set request information (step S502: Yes), the distribution control unit 24 performs the font form search processing based on the sub-set request information (step S503). ). At this time, the distribution control unit 24 compares the combined book title "combined book body A" of the subset request information with the combined book name column 25a of the font table 25, and searches for the font table 25, wherein the font table 25 is used. It is stored in the table storage unit 21, and the font table 25 corresponds to the combined book name "combined book body A".

When the reception of the font table 25 is detected, the distribution control unit 24 performs font extraction processing according to the font table 25 (step S504), wherein the font table 25 corresponds to the combined book name, and the font extraction processing system The font is extracted from the font memory unit 22.

More specifically, the distribution control unit 24 determines the character type for each character code from the encoding of the character information, and determines the book file corresponding to the type of the character to be determined (the pseudonym file file 26 and the Chinese character file file 27). The English alphabet file 28 or the digital book file 29) is read from the font storage unit 22.

Next, the distribution control unit 24 recognizes the book name corresponding to the character type from the character type column 25b and the character type book name column 25c of the font table 25, and reads the word corresponding to the character code from each book file. The book body file is read from the font memory unit 22.

For example, in the case of the HTML file shown in FIG. 9, the distribution control unit 24 is from " "," "," "and" The characters in the characters are discriminated from the font storage unit 22 after discriminating that the characters belong to the pseudonym based on the corresponding character codes. Then, the distribution control unit 24 recognizes from the font table 25 that the pseudonym belongs to the MS Gothic style, and reads the font of the MS Gothic style corresponding to the character code from the pseudonym file 26.

When the font extraction processing is completed, the distribution control unit 24 performs the font processing (step S505), which means that the read font is processed. Specifically, the distribution control unit 24 moves the reference line position for each of the read character coded fonts based on the respective values of the reference line correction magnification column 25d and the enlargement/reduction magnification column 25e in the font table 25, or After the process of expanding and shrinking, it is temporarily stored in the memory.

When the font processing is completed, the distribution control unit 24 performs a web page font generation process (step S506), which refers to collecting the completed fonts to generate web page fonts. The font type that is processed in the middle corresponds to all the character codes in the text information, and the web page font name is the distribution font of the "combination book body A".

In other words, the web page font called "combined book A" is relative to the text encoding of the text in the HTML document 34, and the font of the MS Gothic style, the font of the MS Ming Dynasty, and the Times New Roman. The font type and the font type of Impact are respectively stored in the processed state list, wherein the MS Gothic system corresponds to the text encoding of the pseudonym, the MS Ming Dynasty system corresponds to the character encoding of the Chinese character, and the Times New Roman corresponds to the text encoding of the English alphabet, Impact The text encoding of the corresponding number.

Then, the distribution control unit 24 performs sub-set information distribution processing (step S507), and transmits the generated web page font as sub-set information to the document browsing device 40 via the communication cable 2, and ends the font distribution processing.

When the sub-collection information is received in the document browsing device 40 (step S406: Yes), the browsing control unit 45 uses the book name of the "combined book A" as the web page. The font is stored in the memory unit 43.

Next, the browsing control unit 45 performs web page display processing (step S407), which means that the HTML document 34 is viewably displayed on the document display screen 90 of the web browser 80 in accordance with the HTML document 34 and the acquired web page font.

The document display screen 90 is shown in Figure 12, and the HTML file will be " Distribution 123sample" and "representation The text of "789abcxyz" is displayed in the text font of "Combination Book A", and the text type of the HTML file is represented by a book body whose book body, reference line position, and size are different.

More specifically, in the document creation device 10, like the sample characters displayed in the sample display column 67, the document reading device 40 displays the characters in the HTML file using different book bodies in accordance with the respective character types, in which the sample characters are displayed. The sample update processing in the combined font designation processing is displayed in the sample representation column 67. When the document display screen 90 is displayed, the browsing control unit 45 ends the browsing process.

Further, in step S401 of FIG. 10, when the script code 34b is not described in the HTML file (step S401: No), the browsing control unit 45 displays the text of the HTML document 34 in accordance with the book body preset by the web browser 80. , end the viewing process.

A font distribution system 1 and a font distribution method having the above action contents, It is not easy to exhaust limited memory resources, and can improve the convenience of typesetting and formatting of HTML documents in which Japanese characters and European and American characters are mixed.

Specifically, each time the document browsing device 40 acquires the HTML document 34, the distribution control unit 24 of the font distribution server 20, the font distribution system 1 and the font distribution method of the present invention prepare a new word for distribution. Since it is not necessary to re-save to the font storage unit 22 of the font distribution server 20, the web page font required to display the HTML file can be directly posted to the document viewing device 40. The font distribution server 20 issues a web page font corresponding to the sub-set request information to the document viewing device 40, and the new font type for distribution corresponds to the sub-set request information.

Thereby, when the new font corresponding to the sub-set request information is re-stored to the font-issuing server 20, the word of the present invention is occupied by the new font as the memory capacity of the font-issuing server 20 is compared with the conventional technique. Since the type distribution system 1 and the font distribution method do not store the web page fonts corresponding to the sub-sets requiring information, the font storage unit 22 does not consume the limited memory capacity of the font storage unit 22, and the capacity can be further improved. Effective use.

Further, the document reading device 40 can display the character of the HTML file on the display unit 42 of the web browser 80 based on the acquired web page font. That is to say, the author only needs to write the style code 34a and the script code 34b into the HTML file, so that the text can be presented to the desired book body, and the HTML file can be created. Therefore, the font publishing system 1 and the font publishing method of the present invention allow the author to not assign the style language label to the text in the HTML file or the type of the text in the single word.

Therefore, the font distribution system 1 and the font distribution method of the present invention are not easy to exhaust a limited memory resource, and can improve the convenience of combination of typesetting and text formatting in an HTML document in which Japanese characters and European and American characters are mixed.

Further, the browsing control unit 45 of the document browsing device 40 performs the character encoding extraction processing and the sub-information information request processing, and the distribution control unit 24 of the font distribution server 20 performs the font extraction processing, the web page font generation processing, and the sub-collection. Information release processing. According to the above configuration, the font distribution system 1 and the font publisher of the present invention only issue the font corresponding to the character in the HTML file as the web page font, and distribute it to the document viewing device 40 from the web page distribution server 20.

As a result, the font distribution system 1 of the present invention can greatly reduce the size of the data transmitted from the font distribution server 20 to the document browsing device 40, so that the font distribution system 1 of the present invention can cause the document reading device 40 to shorten the acquisition of the HTML document. After 34 to show the HTML document The time required between 34.

Further, when the web page font is distributed from the font distribution server 20 to the document viewing device 40, the font distribution system 1 of the present invention can suppress the degree of congestion of the communication cable, and therefore, the font distribution system of the present invention The obtained web page font can achieve the effect of not exhausting the memory capacity of the document reading device 40.

In addition, in the prior art, when the web page font required to display the HTML file is again stored in the font publishing server 20, the author needs to update at the same time each time the content of the HTML file is updated. Web page font. On the other hand, since the font distribution system 1 of the present invention generates a web page font from the character encoding of the HTML file in the font distribution server 20 at each update and distributes it, the author does not need to be present each time. The web page fonts are also updated when the content of the HTML file is updated.

Therefore, in a web service such as a blog with frequent updates, when the blog creator performs the blog update, the font publishing system 1 of the present invention does not require the maker to request the web page font or Login operation. The blogger can thereby update the blog without having to worry about the webpage font content posted from the font publishing server 20.

Therefore, the font distribution system 1 of the present invention can improve the convenience of the creator by not only releasing the fonts required for display in the document browsing device 40, but also preventing the limited memory resources of the document reading device 40 from being exhausted. .

Further, the present invention allows the creator to input the reference line correction magnification and the enlargement/reduction magnification for each character type in the setting input screen 60 of the web browser 50, and the distribution control unit 24 of the font distribution server 20 registers the word according to the registration. The reference line correction magnification and the enlargement/reduction ratio of the type table 25 are processed for the font type, and the processed font is distributed to the document reading device, and the above-mentioned configuration enhances the design perception of the HTML file in which the Japanese character and the European and American characters are mixed. Convenience, wherein the setting input screen 60 is displayed on the display unit 12 of the document producing apparatus 10.

Specifically, the font issuing system 1 of the present invention processes the font by the reference line correction magnification and the enlargement/reduction magnification by the distribution control unit 24, and can not only allow different character types to be represented by different book titles, but also The baseline or font size can be changed arbitrarily. Therefore, in an HTML file in which Japanese characters and European and American characters are mixed, Japanese text and European and American characters can be solved because of the positional offset caused by different reference lines, and the design of the HTML file is improved.

Furthermore, the font distribution system 1 of the present invention can easily issue a servo in a font even if the font type system of the present invention or the reference line correction magnification is changed by the distribution control unit 24 of the font distribution server 20. These web page fonts reflecting the change are generated in the device 20. Therefore, the font distribution 1 system of the present invention can reduce the time during which the web page font of the change of the reference line correction magnification or the like is generated in the document creation device 10.

Further, when the font publishing server 20 issues the web page font, the creator of the operating document creating device 10 can perform the font processing, and can change the font table 25 to easily perform the font processing. The font distribution system 1 of the present invention can enhance the design perception and convenience of an HTML file in which Japanese characters and European and American characters are mixed.

Further, by allowing the author to input the numerical value of the reference line correction magnification, the present invention can eliminate the appearance deviation caused by the difference between the Japanese character and the European and American characters due to the difference in the reference line, and improve the design perception of the HTML file.

Further, by allowing the author to input a numerical value for expanding the reduction ratio, the present invention can eliminate the size deviation between the Japanese characters and the appearance of the European and American characters, and improve the design perception of the HTML file.

Further, when the combined font information input to the setting input screen 60 in the document creation device 10 is stored in the font table 25 of the font distribution server 20, the script code 34b is generated and transmitted to the document creation device 10, and then The web page font is distributed to the document viewing device 40 based on the font table 25 corresponding to the combined font name, wherein the setting input screen 60 is displayed on the web browser 50. According to the above configuration, the operator using the document creating apparatus 10 can easily designate different character types as the desired character type book title by using the setting input screen 60 displayed on the web browser 50, and create a control unit by creating the control unit. 15 The combined font information is registered in the font table 25 of the font distribution server 20, and the script code 34b required to display the text of the HTML file can be easily obtained from the font distribution server 20.

In other words, in addition to the online DTP operation, the font publishing system 1 of the present invention can also improve the degree of freedom of text combination formatting in the HTML file to give the producer more convenience.

In addition, the font distribution system 1 of the present invention can also allow the author to create a different script code 34b for different HTML files each time, and further, obtain the script code 34b from the font distribution server 20, It also prevents the author from producing the wrong script code 34b. The generated style code 34a or script code 34b is registered in the HTML file. Therefore, the font distribution system 1 of the present invention can not only improve the convenience of the author, but also can reliably publish the web page font required for display in the document reading device 40.

On the other hand, the font distribution server 20 can store the posted font combination as the font table 25 in the document reading device 40. At this time, even if the font distribution server 20 records a plurality of HTML files with different font tables 25, since the data capacity of the font table 25 is relatively small, the memory capacity of the table memory unit 21 can be prevented from being affected by the font table 25. Exhausted.

Therefore, the font distribution system 1 of the present invention can make the designation of the combined font information easier, and improves the convenience of the combination of the Chinese character and the European and American characters in the HTML file.

Further, in the document creation device 10, the setting input screen 60 of the web browser 50 allows an arbitrary combined book title to be input with respect to the combined font information. According to the above configuration, the creator can easily determine the combination of the book name in the combined font information as an arbitrary combined book title.

Specifically, if the combination book name is randomly determined by the font distribution server 20, the creator cannot infer the contents of the font table 25 stored in the font distribution server 20 from the combined book name. On the other hand, since the font distribution system 1 of the present invention can allow arbitrary combination of book name input, the author can know the contents of the font table 25 from the combined book name. Therefore, the font distribution system 1 of the present invention improves the convenience of the HTML file by allowing the author to arbitrarily determine the combined book name.

It should be noted that in the above-mentioned Embodiment 1, the book name and the font are exemplified by the MS Gothic body, the MS Ming Dynasty body, etc., but are not intended to limit the present invention, as long as they can be stored in the word. The font of the font storage unit 22 in the type distribution server 20 is acceptable.

Further, although the character type is exemplified by a pseudonym, a Chinese character, an English letter, and a numeral, the present invention is not limited to the present invention, and may be any configuration that can distinguish the type of the character. For example, a pseudonym can be further divided into hiragana and katakana, and the type of the text becomes hiragana, katakana, kanji, English letters, and numbers. Or, not only the kana and the Chinese characters, but also Japanese characters corresponding to English letters and numbers and European and American characters corresponding to English letters and numbers can be used as the type of characters.

Further, the font storage unit 22 of the font distribution server 20 stores the fake. The book body file 26, the Chinese character book file 27, the English letter book file 28 and the digital book file 29 are examples, and are not intended to limit the present invention, and may be an appropriate book file. For example, not only the storage of pseudonyms and Chinese characters, but also the storage of Japanese text files and European and American text files, wherein the Japanese text file system is a Japanese character font group corresponding to English letters and numbers, and a European and American text file. It is a group of European and American characters that correspond to both English letters and numbers.

Further, although the setting input screen 60 allows the author to input the reference line correction magnification and the enlargement/reduction magnification, the invention is not limited to the present invention, and may allow the maker to input the rotation angle of the font, the left and right positions of the font, or each. The text interval of the type of text, etc. In addition, although the reference line correction magnification is used here, and it is not limited by this invention, it can be set as the suitable unit of the position of the reference line of EM, for example.

Moreover, the combined book name is set to allow the creator to make any setting input, but this is not limited, and the change to the setting input screen 60 may not provide the creator to input the combined book name, but receive the combined font. In the font distribution server 20 of the information, the distribution control unit 24 generates an appropriate combined book name, and when the information to be encoded is transmitted to the document creation device 10, the generated combined book name is transmitted together. At this time, the script code and the combined book name are displayed on the code display screen 70.

According to the above configuration, when the font table 25 registered by the different creators has the same configuration, the font distribution system 1 of the present invention can simultaneously use the single font table 25 for a plurality of HTML documents. That is to say, the number of font tables 25 stored in the table storage unit 21 can be reduced with respect to the number of HTML documents for transmitting the program request information to the font distribution server 20. Therefore, the table memory unit 21 of the font distribution server 20 can be used more efficiently with its limited memory capacity.

Further, in the browsing processing of the document browsing device 40, the character encoding extraction processing is taken as an example, and in the font distribution processing of the font distribution server 20, the extraction processing is taken as an example, wherein the character encoding is performed. The extraction process refers to the extraction of the character code of the text in the HTML document 34, and the extraction process refers to the extraction of the font of the corresponding character code. However, these are not intended to limit the present invention, and the document reading device 40 may not perform text code extraction. The processing is changed to the font distribution server 20, and the font of the corresponding character type is extracted according to the font table 25, and the web page font is generated by the extracted font.

In addition, in step S302 of FIG. 6, although the script code 34b is generated and For example, the script code 34b is used to request the release of the font distribution program, which is also not used to limit the present invention. The pattern code 34a and the script code 34b may be generated and transmitted. In combination with the foregoing, it is also possible to request the font publishing server 20 to generate a script code for web page font publishing by describing the HTML file.

Further, the present invention is to display the setting input screen 60 in the web browser 50 of the document creating apparatus 10, and the name of the book for each character type is specified by the author. However, the present invention is not limited to the present invention, and the creator may directly design the style. The code 34a and the script code 34b are directly described in the HTML file. In this case, the processing steps of steps S101 to S104 in Fig. 4 may be omitted, except that the font storage unit 21 in the font table 25 and the font distribution server 20 may be omitted. Further, in the HTML file, a script code for requesting the type of a character, a book name of each character type, and a web page font is described.

As described above, in the configuration of the present invention and the above-described embodiments, the markup language corresponds to the HTML language and the style language in the embodiment, and in the following, the markup file corresponds to the HTML file, and the document memory means corresponds to the memory. The part 31, the document issuing means corresponds to the control unit 33, and the font type corresponds to the pseudonym book file 26, the Chinese character file file 27, the English letter book file 28 and the digital book file 29, and the font memory means corresponds to the font memory. The part 22, the font distribution means corresponds to the distribution control unit 24, the input means corresponds to the input unit 41, and the display means corresponds to the web browser 80 displayed on the display unit 42, the document request means, the font request means, and the browsing control means. The corresponding browsing control unit 45 creates a registration means corresponding to the input unit 11 and the editor, and the document registration means corresponds to the creation control unit 15, and the character type corresponds to a pseudonym, a Chinese character, an English alphabetic number, and a character type book name name correspondence book. The body name, the combined font type information corresponds to the combined font type information and the sub-set request information, and the combined designated character string corresponds to the style code 34a, and the request is made. The character string corresponds to the script code 34b, and the command text is required to correspond to the pattern code 34a and the script code 34b, the character information system corresponds to the character code, the sub-set data corresponds to the web page font, and the text information extraction processing corresponds to the step S404, and the character transfer processing system Corresponding to step S405, the font extraction processing system corresponds to step S504, the sub-set generation processing system corresponds to step S506, and the sub-set data distribution processing system corresponds to step S507. The text attribute value corresponds to the reference line correction magnification and the expansion/reduction magnification ratio, and the font processing means Corresponding to the distribution control unit 24, the designation means is correspondingly displayed on the setting input screen 60 of the web browser 50, and the transfer means is associated with the creation control unit 15, the combined font name corresponds to the combined book name, and the table memory means corresponds to the form memory. The unit 21 and the command transmission means correspond to the distribution control unit 24. It is to be noted that the configuration of the present invention is not limited to the above-described embodiments, and various embodiments may be employed.

10‧‧‧Document making device

20‧‧‧ font publishing server

30‧‧‧Web server

40‧‧‧Document reading device

S101~S106, S111~S114‧‧‧ steps

Claims (8)

A font publishing system includes: a web server, which has a means for memorizing words and a means for publishing a document, the means for storing the mark is for storing a markup document, which is generated by the mark making language by the document making device. The document is issued by means of a communication cable to issue the marking instrument; a word-type publishing server has a font memory means and a font publishing means, and the font memory means is for storing a plurality of fonts. The font issuing means releases the fonts by the communication cable; and a document reading device having an input means, a display means, a document request means, a font request means, and a browsing control means, wherein the input means is Allowing the viewer to perform an input operation, the display means is for displaying the markup document, and the document request means is to send a request to the webpage server to issue the markup document, the font request means is based on the obtained markup instrument The font publishing server sends a request for publishing the fonts, and the browsing control means is based on the obtained fonts. The display means for viewing the markup document, wherein the document creation means includes: a creation registration means for allowing a producer to perform an input operation, registering the preset information information to the markup document; and a document registration means, And storing the markup document prepared by the communication cable to the document memory means of the webpage server, wherein the creation means of the document creation means registers the request command text to the markup document, the request command text A combination of a specified character string and a required character string, wherein the specified character string is associated with the character type of at least one character in the markup document and the text type book body name of the book body indicating the type of the character, The type of information that is associated with each other and that displays the combination of the types of characters, the requirement The character string displays the publishing requirements of the fonts, and the fonts correspond to the combined font information. The font requesting means of the document reading device is based on the request command text each time the marking instrument is obtained. Sending, to the font issuing server, a request for publishing the fonts, the fonts corresponding to at least the combined font information, the font issuing means of the font publishing server receiving the font reading device When the request for the font is issued, the characters are extracted from the font memory means according to the type of the character, and are distributed to the document viewing device, and the fonts correspond to at least the combined font information. . The font distribution system according to claim 1, wherein the font request means of the document viewing device performs a character information extraction process and a character transfer process, and the character information extraction process refers to extracting from the markup document. The character information transmission information indicates that the character information and the combined font information are distributed to the font distribution server, and the font distribution means of the font distribution server performs font extraction. Processing, sub-set generation processing, and sub-set data distribution processing, wherein the font extraction information is obtained by extracting the acquired character information and the font corresponding to the combined font information from the font memory means. The sub-set generation process refers to generating the sub-set data, and the sub-set data series table stores the extracted fonts, and the sub-set data release processing means that the sub-set data is distributed to the document reading device by the communication cable. . The font publishing system of claim 1, wherein the combined font information is for a preset attribute of the font in the font publishing server, a text attribute value indicating the preset attribute, and the The type of the text is associated with the character, and the font issuing server further has a font processing means, which is based on the combined font information. The preset attribute and the text attribute value are processed by the font type, and the font type is extracted from the font memory means, and the font issuing means of the font issuing server is processed by the font processing means The subsequent fonts are posted to the document viewing device. The font publishing system of claim 3, wherein the preset attribute is used as a reference line for the fonts in the font publishing server. The font publishing system of claim 3, wherein the preset attribute is used as the size of the fonts in the font publishing server. The font issuing system according to claim 1, wherein the document creating device further comprises a specifying means and a transmitting means, wherein the specifying means specifies the combined type information according to the font type, and the font type is stored In the font storage means of the font issuing server, the transmitting means transmits the combined font information specified by the specifying means to the font issuing server by the communication cable, and the font issuing servo The device further has a table memory means for storing a font table, and the font form is to associate and display the combined font name indicating the combined font information and the combined font information. The command transmitting means generates at least one of the required character string and transmits the required character string to the document creating means, and the font issuing means of the font issuing server is based on the font type table corresponding to the combined font type name, The fonts of the font memory means are posted to the document viewing device. The font distribution system of claim 6, wherein the specified means of the document creation means allows any of the combined font names to be input with respect to the combined font information. A font publishing method is applied to a system comprising a web server, a font publishing server and a document browsing device, wherein the web server has a means for memorizing words and a document issuing means. Memorandum means of memory for storing marking instruments, the marking The document system is generated by using a markup language for the document creation device, and the document is issued by the communication cable, and the font release server has a font memory means and a font release means, and the font type means The utility model is characterized in that a plurality of fonts are stored, and the font publishing means distributes the fonts by using the communication cable, and the document reading device has an input means, a display means, a document request means, a font requirement means and a browsing control Means, the input means is for allowing a viewer to perform an input operation, the display means is for displaying the markup document, and the document request means is to send a request for publishing the markup document to the webpage server, and the font request means is obtained according to the method The markup device sends a request for the font to be issued to the font issuing server, and the browsing control means views the markup document by the display means according to the obtained font type, and the font issuing method includes the following steps : the means for registering the creation of the document creation device is to register the request document to the markup document; The font request means of the browsing device sends a request for issuing the font to the font issuing server according to the request command text each time the marking instrument is obtained, and the fonts correspond to at least the combined word Type information; and the font issuing means for issuing the server by the font, each time the request for the font is received from the document viewing device, the characters are typed from the font memory means according to the type of the character Extracted separately and distributed to the document viewing device, the fonts corresponding to at least the combined font information, wherein the document creation device includes the creation registration means and the document registration means, and the creation registration means allows production Performing an input operation, and registering the preset information information to the markup instrument, wherein the document registration means stores the markup document prepared by the communication cable to the document memory means of the webpage server, the request command The text system consists of a combination of a specified character string and a required character string, and the combination specifies the character string to which the markup document is The type of the character of the lesser character is associated with the name of the type of the text of the book type indicating the type of the character, and the combination of the type of the character and the combined type information of the display arrangement are displayed. The column displays the publishing requirements for the fonts, and the fonts correspond to the combined font information.